Dr. Janet Hranicky, M.D., Ph.D.

Hranicky NeuroEpigenetics Longevity Protocol

Clinical resilience, translated into protocol.

Professional programs from Dr. Janet Hranicky, M.D., Ph.D., integrating psychoneuroimmunology, autonomic regulation, neuroepigenetic adaptation, metabolic lifestyle medicine, and immune surveillance into a disciplined clinical framework.

Creator of the Pleasure-Freeze Theory

Pioneer in psychoneuroimmunology

Protocol systems for clinical resilience

35+ years

Clinical refinement and program development

1986

Pleasure-Freeze theory doctoral dissertation

5 protocols

Unified neuroepigenetic longevity architecture

The clinical premise

The Hranicky Protocol Architecture

A clinical framework for restoring biological resilience across stress physiology, metabolic terrain, immune regulation, and neuroepigenetic adaptation.

01

Autonomic Regulation

Restoring physiological stability by reducing chronic alarm, shutdown, and overactivation in the stress-response system.

02

Metabolic Terrain

Supporting cellular energy, glucose regulation, endocrine rhythm, and mitochondrial vitality as foundations for recovery and longevity.

03

Neuroepigenetic Adaptation

Addressing the biological imprint of repeated stress signals, belief patterns, threat appraisal, and learned survival responses.

Protocol portfolio

Targeted protocols for distinct physiological priorities.

Each pathway translates the same clinical foundation into a focused program for stress physiology, metabolic regulation, immune resilience, cardiovascular vitality, and long-term adaptation.

Oncology Resilience

Cancer Resilience & Recovery Protocol

A structured resilience framework for chronic stress physiology, metabolic dysregulation, immune surveillance, and recovery orientation.

Interrupt chronic stress physiology
Modulate epigenetic expression
Build immune resilience
View Protocol Visual

Cardiometabolic Vitality

Cardiovascular Vitality Protocol

A precision vitality pathway for vascular health, circulation, endurance, inflammation regulation, and heart-brain coherence.

Strengthen cardiovascular capacity
Improve circulation dynamics
Reignite energy and endurance
View Protocol Visual

Immune Regulation

Immune Restoration Protocol

A regulation-centered protocol for immune signaling, cellular immunity, inflammatory load, and resilient longevity.

Reinvigorate immune regulation
Enhance cellular immunity
Reduce chronic inflammatory load
View Protocol Visual

Metabolic Optimization

Metabolic Reset Protocol

A metabolic lifestyle medicine program focused on glucose management, endocrine balance, mitochondrial energy, and durable regulation.

Restore glucose management
Optimize hormonal balance
Reset metabolic signaling
View Protocol Visual

Signature clinical models

A precise language for the biology of adaptation.

Dr. Hranicky's work gives patients, families, and practitioners a clear vocabulary for patterns that are often felt in the body long before they are named in clinical conversation.

Signature theory

Pleasure-Freeze Theory

A protective suppression of joy, desire, motivation, and felt vitality that can emerge when the nervous system learns that aliveness is unsafe.

Names protective vitality suppression

Connects threat learning with biological restraint

Frames recovery as renewed adaptive signaling

Clinical context
01

Names the learned inhibition of pleasure, desire, motivation, and aliveness when the system interprets vitality as unsafe.

02

Clarifies shutdown patterns that can appear as fatigue, disengagement, emotional flatness, or reduced future orientation.

03

Supports a protocol response built around tolerable signals of safety, agency, meaning, and regulated engagement.

Temporal load model

02

The 6-18 Month Stress Cluster

A clinical lens for the accumulated load of loss, conflict, overload, financial strain, and identity disruption before diagnosis.

Clinical context
01

Names the sustained period of converging losses, pressure, conflict, identity strain, and overload that can precede clinical crisis.

02

Helps practitioners separate one isolated stressor from an accumulated physiological load pattern.

03

Guides assessment toward timing, intensity, recovery capacity, relational load, and the body systems most affected.

Autonomic response map

03

The Six Stress Responses

Fight, flight, freeze, fawn, flood, and fatigue as distinct autonomic configurations with different regulatory needs.

Clinical context
01

Names distinct survival configurations instead of treating stress as one generic state.

02

Improves precision by matching intervention style to the active response pattern rather than forcing one universal tool.

03

Supports education around regulation, pacing, relational repair, and recovery signals appropriate to each state.

Coherence model

04

Signal vs. Noise

A communication model for restoring coherent signaling across stress physiology, immune function, behavior, and meaning.

Clinical context
01

Names the difference between scattered internal alarm and clear biological communication.

02

Gives patients and practitioners a practical way to evaluate whether inputs are regulating or amplifying stress load.

03

Frames protocol work as repeated coherent signaling across behavior, physiology, identity, and relational environment.

Clinical science briefings

A two-part video library for psychoneuroimmune protocol literacy.

Start with the broad biochemical pathway, then move into the protocol architecture behind cognitive signal, biological transduction, immune readiness, and behavioral adherence.

Episode 01

3 min 53 sec

The Biochemical Pathways of Belief

A concise orientation to psychoneuroimmunology, stress physiology, expectation, agency, and the adjunctive-care boundary.

Brain-immune communication

Stress and inflammatory load

Agency as clinical support

Episode 02

7 min 30 sec

Decoding the Clinical Protocol

A deeper mechanism briefing on cognitive inputs, cortisol, immune activity, inflammatory markers, adherence, and behavioral loops.

Cortisol and recovery capacity

Immune surveillance and NK activity

Self-efficacy and treatment adherence

Brain-immune signaling

A clear introduction to psychoneuroimmunology and the two-way communication between stress physiology, endocrine signaling, and immune activity.

Expectation and biological load

A responsible look at how fear, nocebo effects, inflammatory messaging, and chronic alarm can add physiological burden during illness.

Agency as clinical support

A careful distinction between supportive psychological care and medical treatment, with agency, hope, and confidence framed as resilience resources.

Educational content only. Psychological and behavioral support may complement care, but it does not replace diagnosis, emergency care, oncology treatment, cardiology care, or individualized medical guidance from a licensed treating clinician.

In-person and professional programs

Decades of cancer education, translated into program delivery.

Dr. Hranicky's current protocol architecture is not a standalone concept. It extends a long professional lineage across cancer education, psychoneuroimmunology, patient and family support, professional training, and comprehensive wellness programming.

Cancer patients and survivors seeking serious adjunctive resilience support

Families and caregivers navigating fear, role strain, communication, and fatigue

Clinicians and integrative practitioners who need disciplined program models

Wellness centers and health-focused leaders building structured education pathways

Documented program lineage

From Simonton training rooms to modern protocol systems.

Public references support the continuity of this work across education, clinical support, and wellness program settings.

1972

Health-care delivery

Public biography traces Dr. Hranicky's health-care delivery work back to 1972, before her later cancer-focused program development.

Source: American Health Institute

1979-2009

Simonton Cancer Center lineage

Her public biography describes three decades of work with O. Carl Simonton, M.D. and the Simonton Cancer Center program lineage.

Source: Hranicky M.D., Ph.D.

AHI

American Health Institute

Founder and President of The American Health Institute, with program work spanning patient services and professional education.

Source: American Health Institute

CCWP

Comprehensive Cancer Wellness Program

Hippocrates Wellness identifies Dr. Hranicky as co-director of the CCWP and names American Health Institute as an alliance partner.

Source: Hippocrates Wellness

Clinical Education

Professional trainings for practitioners who need rigorous language, teachable models, and clinically responsible implementation tools.

Patient & Family Programs

Structured pathways for resilience, communication, identity repair, daily regulation, and serious adjunctive support.

Cancer Wellness Intensives

Focused in-person experiences for education, emotional regulation, lifestyle structure, family clarity, and recovery orientation.

Professional Implementation Systems

Program architecture, sequencing, facilitation language, and delivery safeguards for clinical and wellness organizations.

When Survival Turns Inward book cover by Janet Hranicky, M.D., Ph.D.

Manuscript foundation

When Survival Turns Inward

Book and theory foundation

The book behind the protocol architecture.

When Survival Turns Inward is the written bridge between Dr. Hranicky's Pleasure-Freeze theory and the modern protocol portfolio. The manuscript frames a central paradox: adaptive circuitry designed to protect against threat can, under sustained physiological load, become organized against vitality, regulation, and repair.

The Paradox of Cancer Arising From The Same Adaptive Circuitry Meant to Protect Us From Threat

Adaptive circuitry

Frames protection, threat appraisal, and survival physiology as systems that can become chronically organized under sustained load.

Pleasure-Freeze expanded

Extends the original theory into a broader language for vitality suppression, shutdown, identity strain, and biological restraint.

Theory into protocol

Connects the written framework to clinical education, patient programs, and neuroepigenetic protocol architecture.

Program inquiry

Start the right program, lecture, training, or implementation conversation.

Share the audience, setting, timing, and intended format. The inquiry path is designed to clarify fit, clinical boundaries, and the level of structure required before next-step planning.

Appropriate inquiries

Built for education, support, and program delivery.

The form is for program scope and scheduling, not medical questions or personal health details.

Patient and caregiver programs

Structured support, education, regulation practices, family clarity, and recovery orientation.

Clinical and practitioner education

Professional language, teachable models, implementation safeguards, and training formats.

Intensives and 90-day containers

In-person or structured program pathways with defined rhythm, scope, and support needs.

Partnerships and media

Organizational collaborations, speaking requests, licensing conversations, or interviews.

01

Review fit

Clarify audience, setting, timeline, and requested format.

02

Define scope

Separate education, support, and clinical boundaries before planning.

03

Plan delivery

Identify materials, sequence, facilitation needs, and next conversation.

Program inquiries are sent to jhranicky@ahealth.com when direct delivery is configured. Please do not include health histories, symptoms, treatment details, or emergency requests.

Educational and supportive programs are not a substitute for diagnosis, emergency care, oncology treatment, cardiology care, or individualized medical advice from a licensed treating clinician.